The Faithfull Button Magnets are made from Alnico to provide a high resistance to corrosion and operate in high temperatures up to 500°C. The north and south poles are on the same face and separated by a slot.

All sizes have holes for mounting the magnet, but they must not be recessed into ferrous metals, as it will short circuit the magnetism.

Suitable to be used as work holding devices for welding, sign making and other applications, or for reed switch operation.

Diameter: 12.5mmHeight: 9.5mmPull Power: 0.7kg

The Faithfull Button Magnets are made from Alnico to provide a high resistance to corrosion and operate in high temperatures up to 500°C. The north and south poles are on the same face and separated by a slot.

All sizes have holes for mounting the magnet, but they must not be recessed into ferrous metals, as it will short circuit the magnetism.

Suitable to be used as work holding devices for welding, sign making and other applications, or for reed switch operation.

Diameter: 19.0mmHeight: 12.7mmPull Power: 1.8kg

The Faithfull Button Magnets are made from Alnico to provide a high resistance to corrosion and operate in high temperatures up to 500°C. The north and south poles are on the same face and separated by a slot.

All sizes have holes for mounting the magnet, but they must not be recessed into ferrous metals, as it will short circuit the magnetism.

Suitable to be used as work holding devices for welding, sign making and other applications, or for reed switch operation.

Diameter: 25.4mmHeight: 16.0mmPull Power: 3.2kg

The Faithfull Button Magnets are made from Alnico to provide a high resistance to corrosion and operate in high temperatures up to 500°C. The north and south poles are on the same face and separated by a slot.

All sizes have holes for mounting the magnet, but they must not be recessed into ferrous metals, as it will short circuit the magnetism.

Suitable to be used as work holding devices for welding, sign making and other applications, or for reed switch operation.

Diameter: 32.5mmHeight: 25.4mmPull Power: 4.8kg

A 20 x 5mm permanent disc magnet made from N35H grade sintered Neodymium Iron Boron (NdFeB). This type of magnet material gives the highest energy per unit volume of any permanent magnet material, being capable of lifting up to 1000 times its own weight. Suitable applications for this disc magnet include audio, aerospace, automotive, medical and renewable energy.

• Good strength to 120°C
• Remanence recoverable on falling temperature
• Magnetic losses over time and from vibration are minimal
• Supplied in a pack of 3

A 10 x 3mm permanent disc magnet made from N35H grade sintered Neodymium Iron Boron (NdFeB). This type of magnet material gives the highest energy per unit volume of any permanent magnet material, being capable of lifting up to 1000 times its own weight. Suitable applications for this disc magnet include audio, aerospace, automotive, medical and renewable energy.

• Good strength to 120°C
• Remanence recoverable on falling temperature
• Magnetic losses over time and from vibration are minimal
• Supplied in a pack of 10

A 15 x 5mm permanent disc magnet made from N35H grade sintered Neodymium Iron Boron (NdFeB). This type of magnet material gives the highest energy per unit volume of any permanent magnet material, being capable of lifting up to 1000 times its own weight. Suitable applications for this disc magnet include audio, aerospace, automotive, medical and renewable energy.

• Good strength to 120°C
• Remanence recoverable on falling temperature
• Magnetic losses over time and from vibration are minimal
• Supplied in a pack of 3

A 5 x 3mm permanent disc magnet made from N35H grade sintered Neodymium Iron Boron (NdFeB). This type of magnet material gives the highest energy per unit volume of any permanent magnet material, being capable of lifting up to 1000 times its own weight. Suitable applications for this disc magnet include audio, aerospace, automotive, medical and renewable energy.

• Good strength to 120°C
• Remanence recoverable on falling temperature
• Magnetic losses over time and from vibration are minimal
• Supplied in a pack of 10

A ø3 x 2mm permanent disc magnet made from N35H grade sintered Neodymium Iron Boron (NdFeB). This type of magnet material gives the highest energy per unit volume of any permanent magnet material, being capable of lifting up to 1000 times its own weight. Suitable applications for this disc magnet include audio, aerospace, automotive, medical and renewable energy.

• Good strength to 120°C
• Remanence recoverable on falling temperature
• Magnetic losses over time and from vibration are minimal
• Supplied in a pack of 10

A 6 x 6mm permanent disc magnet made from N35H grade sintered Neodymium Iron Boron (NdFeB). This type of magnet material gives the highest energy per unit volume of any permanent magnet material, being capable of lifting up to 1000 times its own weight. Suitable applications for this disc magnet include audio, aerospace, automotive, medical and renewable energy.

• Good strength to 120°C
• Remanence recoverable on falling temperature
• Magnetic losses over time and from vibration are minimal
• Supplied in a pack of 10

A sintered Neodymium Iron Boron magnet manufactured from N35H grade material. NdFeB magnets give the highest energy per unit volume of any permanent magnet material, being able to lift up to 100 times its own weight. Applications for Neodymium magnets are wide ranging and are used extensively within many industries including aerospace, automotive, medical and renewable energy.

• Dimensions 20 x 10mm
• Supplied in packs of 5

A sintered Neodymium Iron Boron magnet manufactured from N35H grade material. NdFeB magnets give the highest energy per unit volume of any permanent magnet material, being able to lift up to 100 times its own weight. Applications for Neodymium magnets are wide ranging and are used extensively within many industries including aerospace, automotive, medical and renewable energy.

• Dimensions 20 x 5mm
• Countersunk hole
• Supplied in packs of 5